The Relationship between the Peak Height of a Bouncing Ball and the Time at the Peak Height

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I will pay for the following article The Relationship between the Peak Height of a Bouncing Ball and the Time at the Peak Height. The work is to be 8 pages with three to five sources, with in-text citations and a reference page. This study’s core aim shall be about the determination of the relationship between the peak height of a bouncing ball and the time at the peak height. In this regard, the dependent variable shall be the time at the peak height, while the independent variable shall be the bouncing ball’s peak height. Therefore, the study shall seek to determine how a bouncing ball’s peak height will influence the time at the peak height. This implies that other variables will be either controlled or monitored, as illustrated in the table underneath, along with the dependent and independent variables highlighted above.

Controlling Variables

The controlling variables will be kept at constant rates so as not to affect the outcome of the study. The ball’s height drop shall be kept constant by ensuring that only the same ruler is used as a measuring gadget. This will make the measurements obtained to be continually considering the calibrations used.

The surface material variable will be kept constant by ensuring that the ball is bounced on a similar surface for the experiment’s entire course. This will ensure that there are no variations in the elasticity of the bounce by the ball. The body to be used shall be a smooth flat concrete floor.

The ball variable’s elasticity and size shall be maintained by ensuring that only one ball is used throughout the experiment. This aspect will be measured by gauging the ball’s pressure before each experiment and the ball’s elasticity to ensure that it cancan bounce at the same rate.

Data collection methods

Given the following variables in which some are being monitored, controlled, or requiring to be measured as whether independent or not, the next setup was put in place to allow for the accurate recording and observation of the results.

If the suggested improvements mentioned above are made, there will be a considerable reduction in the errors and uncertainties encountered in the process. Subsequently, the experiment would be more accurate, and the results would be reliable since making the three improvements indicated above would have resulted in the reduction of the probable errors to be encountered in the study. thus, resulting in the release of near accurate and predictable results that can be subjected to further analysis and discussion in different forums.